011 & 009 Since no decimal point is given , then drop the prefix zeroes. Hence 11 & 9 . It follows that 11 > 9
Base2 011 = 11 Base3 011 = 10 Any base above that: Base2(11) equals 3
No, 0.89 is not greater than 11 13. When comparing two numbers, you can line up the decimal points and compare the digits from left to right. In this case, 11 13 is equivalent to 11.13, which is greater than 0.89. The whole number 11 is greater than 0, and the tenths place value of 13 is greater than 8, making 11.13 greater than 0.89.
0.9
No, 10.11 is bigger than 10.1. When comparing decimal numbers, you look at the digits to the right of the decimal point first. In this case, 11 is greater than 1, so 10.11 is greater than 10.1.
0.5 is greater than 0.11
011 & 009 Since no decimal point is given , then drop the prefix zeroes. Hence 11 & 9 . It follows that 11 > 9
If you mean 011 then it is simply 11.0
.011
Base2 011 = 11 Base3 011 = 10 Any base above that: Base2(11) equals 3
No because 7/100 as a decimal is 0.07 but 11/1000 as a decimal is 0.011 which is less
There are infinitely many. One such is 1.1000546816056
Expressed as a decimal, -11/4 = -2.75, which is larger than -2.78.
No, 7.3 is greater than (>) 7.24 in decimal form, greater by 0.06
Yes, .02 > .011
No, 0.89 is not greater than 11 13. When comparing two numbers, you can line up the decimal points and compare the digits from left to right. In this case, 11 13 is equivalent to 11.13, which is greater than 0.89. The whole number 11 is greater than 0, and the tenths place value of 13 is greater than 8, making 11.13 greater than 0.89.
YES!!! Method to check. Write the two numbers to two decimal places . Hence 0.20 & 0.11 Drop the prefix zero and decimal point 20 & 11 It can be seen that 20 > 11 . Hence it follows 0.2 > 0.11 NB This method is good for any decimal. e.g. 0.02 & 0.11 ; Which is greater Both are now at two decimal places Hence 02 & 11 The prefix zero is trivial and can be dropped, hence 2 < 11 . Hence it follows that 0.02 < 0.11